Engineering & Materials Science
Aerospace applications
14%
Aging of materials
5%
Air
11%
Aircraft
10%
Atmospheric humidity
12%
Capacitance
11%
Compensation and Redress
8%
Copper
10%
Demagnetization
9%
Electric drives
8%
Electric potential
35%
Electromotive force
5%
Failure analysis
6%
Fault tolerance
11%
Finite element method
13%
Hot Temperature
25%
Insulation
46%
Machine design
7%
Modulation
12%
More electric aircraft
60%
Networks (circuits)
6%
Partial discharges
70%
Permanent magnets
51%
Phase shift
8%
Physics
7%
Poles
5%
Power converters
17%
Power generation
5%
Power semiconductor devices
7%
Rail guns
20%
Rotors
7%
Sea level
8%
Sensors
7%
Short circuit currents
8%
Starters
6%
Synchronous generators
21%
Synchronous motors
23%
Temperature
8%
Thermal aging
9%
Torque
24%
Traction motors
8%
Vector spaces
8%
Wire
14%
Physics & Astronomy
AC generators
43%
air
24%
armatures
14%
composite materials
5%
compulsators
100%
cooling systems
7%
design analysis
5%
design optimization
8%
eddy currents
7%
electromagnetism
13%
evaluation
5%
excitation
7%
heat pipes
5%
high speed
7%
methodology
5%
performance
9%
permanent magnets
11%
power supplies
12%
radiant flux density
10%
rotors
19%
self excitation
8%
simulation
5%
stators
7%
structural design
7%
topology
7%
waveforms
6%
wire winding
7%
Mathematics
Active Control
11%
Capacitance
10%
Copper
5%
Design
5%
Design Methodology
6%
Diagnostics
8%
Electric Machines
6%
Electrical Machines
37%
Fiber Bragg Grating
8%
Fundamental Frequency
5%
Generator
5%
High Speed
8%
Lifetime
14%
Low Voltage
21%
Monitoring System
6%
Partial
7%
Permanent Magnet
19%
Permanent Magnet Synchronous Motor
21%
Power Converter
13%
Predictive Control
6%
Qualification
5%
Ripple
9%
Rotor
5%
Smith Predictor
7%
Structural Design
5%
Synchronous Machine
6%
Thermal Control
14%
Torque
9%
Vibration
6%
Voltage
9%